Software Development Engineer Internship Jobs in Scotland Neck, NC

Job Summary

We are looking for a talented RMTC Product Support Team Leader for our location in Rocky Mount, NC. In this role, you will provide technical leadership and handson problemsolving support for complex engine systems within a fastpaced manufacturing environment. You will apply a broad range of engineering competencies-spanning mechanical design, systems understanding, and technical troubleshooting-to resolve issues across engine components and ensure production continuity. The position requires strong proficiency in CAD and 3D modeling, along with familiarity in navigating the complex billofmaterials structure for internal combustion engines and the systems Cummins uses to manage this data, including Windchill and IMS.

Success in this role depends on your ability to thrive under pressure and effectively manage urgent, highimpact issues that threaten engine build schedules. You will be responsible for organizing crossfunctional teams, setting priorities, and directing resources to restore production quickly and safely. Strong communication skills are essential, as this role requires the ability to provide clear, detailed technical guidance to technicians while also summarizing progress and decisionmaking for leadership through concise executive updates. You will be expected to apply structured problemsolving methodologies, including the full 7Step Problem Solving process and tools such as FTA and RCA, to drive rootcause identification and implement durable corrective actions.

As a team leader, you will oversee daytoday activities of team members, review and approve engineering change documentation, and guide crossfunctional partners toward practical and productive solutions. While the role is primarily focused on engine hardware concerns, experience with electrical systems, electronic components, EHI, software, or controls integration is highly beneficial. An inperson interview at the Rocky Mount Engine Plant is preferred to ensure alignment with the fastpaced, collaborative environment this role demands.

In this role, you will make an impact in the following ways: 

• Stakeholder Collaboration: Obtaining input from technical managers, project leaders, engineers, and supplier partners to deliver clear recommendations that guide highquality product decisions.
• QualityFocused Decision Making: Applying academic knowledge and practical experience to independently make daytoday project decisions-such as test planning, analysis details, and crossdiscipline coordination-while maintaining strong quality standards.
• Process & Tool Application: Utilizing and continuously improving processes such as Engineering Standard Work (ESW), iDFMEA, FIRG, and tools such as 7step problem solving and design review checklists to support disciplined, highquality engineering decisions.
• Independent Project Leadership: Leading smallerscale projects with business impact or owning complex components and systems with higher ambiguity, ensuring accountability and clear direction within the project team.
• Execution of Work Systems: Delivering consistent, independent execution of established and emerging engineering work processes while further developing depth in product and technology knowledge.
• Process Improvement Leadership: Driving improvements in work processes and systems across your functional discipline within the business unit to enhance consistency, efficiency, and engineering rigor.
• Team Coordination & Knowledge Transfer: Coordinating work among technicians and student employees while actively sharing expertise and supporting the development of lessexperienced engineers through direct or indirect leadership.
• Technical Guidance & SubjectMatter Expertise: Providing guidance to influence technical direction and operating as a recognized specialist within your product or discipline area, growing proficiency in the competencies critical to success.

The successful candidate should:

• - Bachelor or Masters Degree in the Mechanical Engineering discipline strongly preferred.
• - 5 to 7 years of relevant work experience is required
• - Possess a broad range of software environment competencies for the various resources used at Cummins. CAD/3D modeling skills required.
• - Familiarity with the complex structure of internal combustion engines preferred; familiarity with manufacturing of other types of machinery and/or hands-on experience with mechanical systems are eligible for consideration.
• - Be familiar with the pace and demands of urgent problem solving in a manufacturing environment. Must be comfortable working under pressure, sorting priorities effectively, organizing cross functional team activities, and directing resources to restore production when build schedules are threatened by product issues.
• - Strong and broad communication skills are required; must be able to tailor a message at detail level of instruction for Technicians and then deliver high level progress updates to executives. Must be comfortable in a highly collaborative environment.
• - Familiarity with executing all phases of 7 Step Problem Solving methodology and use of tools such as FTA, RCA, etc.
• - This role will have responsibilities for directing the day to day activities of other team members, reviewing and approving change documentation, and guiding cross functional groups towards productive solutions.
• - Possess a broad range of technical competencies with emphasis on the ability to effectively solve design problems for all engine components.
• - This role is responsible primarily for engine hardware concerns but experience with advanced electrical concepts, EHI, electronic component design, software and controls is a plus.
• - In-person interview on-site at the Cummins Rocky Mount Engine Plant is strongly preferred over an online interview due to the interview format.

To be successful in this role you will need the following:

• Product Development Execution, Monitoring and Control: Planning, coordinating, and delivering product development activities aligned to requirements and technical profiles while monitoring progress across functional teams; ensuring product capability meets expectations, addressing risks early, and understanding the full lifecycle and stakeholder needs.
• Product Failure Mode Avoidance: Identifying potential failure modes by analyzing interfaces, functions, requirements, and influencing factors; applying structured methods to prevent issues and enhance the reliability and robustness of Cummins products.
• Product Function Modeling, Simulation and Analysis: Using computational tools and analytical methods to evaluate system, subsystem, and component performance; interpreting results to inform design decisions and improve overall product capability.
• Product Interface Management and Integration: Defining, analyzing, and controlling interactions across system boundaries; establishing clear requirements and limits to ensure seamless integration, supported by structured plans for diagnosing and resolving interfacerelated issues.
• Product Problem Solving: Applying disciplined, datadriven problemsolving methods that protect the customer; identifying assignable and systemic root causes, implementing effective solutions, and ensuring longterm prevention of reoccurrence.

Education, Licenses, Certifications:

• College, university, or equivalent Bachelor's degree in Engineering or appropriate STEM field is required.
• Post-graduate (Master's) degree relevant to this discipline area may be required for select roles.
• This position may require licensing for compliance with export controls or sanctions regulations.

Experience:

• Prior Senior or Lead Engineer equivalent work experience in a relevant discipline area is required with a demonstrated track record of technical problem solving and quality decision making. Knowledge of MS Office tools is preferred.